Building upon the foundational concepts introduced in Electricity & Magnetism 1, this second unit advances further into the dynamic world of electricity and magnetism. The unit consists of 6 engaging lessons, each designed to enhance understanding and foster critical skills. It explores charged objects, electric fields, the properties of magnets, magnetic fields, the Earth’s magnetism and electromagnets. In this unit, we place a strong emphasis on developing conceptual clarity and fostering a nuanced understanding of the mechanics governing electricity and magnetism.
Our partnership with Rolls Royce SMR has enriched this unit, offering real-world context and insights. Industry experts share their wisdom, bridging classroom learning with tangible career opportunities, aligned with the Gatsby Benchmarks. Students will not only master the complexities of electricity and magnetism but also cultivate crucial skills such as scientific inquiry, technical communication and critical thinking. By fostering an environment that champions curiosity and innovation, this unit empowers students to envision a world where science and opportunity intertwine seamlessly.
Rolls-Royce SMR, are clean energy pioneers with a radically different approach to delivering new nuclear power. They are developing nuclear technology and know-how to offer a low cost, deliverable, global and scalable and investable solution, that can be rolled out around the world.
Their origins are deeply embedded in Rolls-Royce and their world class nuclear and manufacturing heritage.
Kate’s journey as a science educator spans over 15 enriching years. Her passion for unravelling the complexities of the human body led her away from medicine (as she hates blood but loves medical t-shows) and into the world of teaching. She’s had the privilege of nurturing young minds in KS3 and KS4 science, guiding A-level Biology students, and even taught year 4 students in Spain, broadening her teaching horizons early in her career. Kate holds a Masters in Teaching (MTeach) and specialises in biology. Her research for her Master's degree focused on the profound impact of self-efficacy on classroom learning. Beyond the classroom, she finds solace in leisurely family walks and exploring new destinations through travel. She finds that the most rewarding aspect of teaching is witnessing those magical "light bulb moments" when students grasp the intricacies of science right before her eyes.